相位激励
phase───vt.分阶段进行；使定相；n.月相；时期，阶段
excitation cfp───励磁cfp
excitation excitation───瑞香素激发
excitation pattern───兴奋型
anacrotic phase───无核期
rebellious phase───叛逆期
venous phase───[医]静脉相
phase loss───失相
In this paper we explained the principle of line scan Hadamard transform NMR imaging and deducted the relation of Hadamard cede to the phase of excitation signals.───本文阐述了阿达玛变换在线扫描核磁共振成象中应用原理，推出了合成的激发信号相位与阿达玛编码关系。
switched reluctance motors operate in two phase excitation mode, the phase flux linkage will be reduced due to the high magnetic saturation in the stator and the rotor yoke.───开关磁阻电动机在两相励磁的工作条件下，定转子轭部磁场高度饱和使每相磁链有所减小。
After a brief introduction of the two-phase excitation scheme, the flux linkage model of a SRM under two-phase excitation is developed using FEA.───文中首先简要介绍了这种两相励磁系统的结构，然后提出了两相励磁下SRM的磁链模型。
This paper provides an analysis of a switched reluctance motor (SRM) under two-phase excitation.───该文主要分析了一种两相同时励磁的开关磁阻电机（SRM）的静态特性。
Based on the FEA model, an optimized control strategy is proposed to improve the performance of the SRM under two-phase excitation.───最后，根据FEA的结果，提出了一种优化的控制策略来提高这种SRM的性能。
Novel Mathematical Model of Bearingless Switched Reluctance Motors With Two-Phase Excitation───新型无轴承开关磁阻电机双相导通数学模型
The first step command is then sent to the excitation sequence control, which changes the phase excitation in the motor.
When the switched reluctance motors operate in two phase excitation mode, the phase flux linkage will be reduced due to the high magnetic saturation in the stator and the rotor yoke.
- park yourself">transfer───激发移动；激发转移
daphnetin excitation───瑞香素激发
excitation pattern───兴奋型
anacrotic phase───无核期
rebellious phase───叛逆期
venous phase───[医]静脉相
phase loss───失相
In this paper we explained the principle of line scan Hadamard transform NMR imaging and deducted the relation of Hadamard cede to the phase of excitation signals.───本文阐述了阿达玛变换在线扫描核磁共振成象中应用原理，推出了合成的激发信号相位与阿达玛编码关系。
switched reluctance motors operate in two phase excitation mode, the phase flux linkage will be reduced due to the high magnetic saturation in the stator and the rotor yoke.───开关磁阻电动机在两相励磁的工作条件下，定转子轭部磁场高度饱和使每相磁链有所减小。
After a brief introduction of the two-phase excitation scheme, the flux linkage model of a SRM under two-phase excitation is developed using FEA.───文中首先简要介绍了这种两相励磁系统的结构，然后提出了两相励磁下SRM的磁链模型。
This paper provides an analysis of a switched reluctance motor (SRM) under two-phase excitation.───该文主要分析了一种两相同时励磁的开关磁阻电机（SRM）的静态特性。
Based on the FEA model, an optimized control strategy is proposed to improve the performance of the SRM under two-phase excitation.───最后，根据FEA的结果，提出了一种优化的控制策略来提高这种SRM的性能。
Novel Mathematical Model of Bearingless Switched Reluctance Motors With Two-Phase Excitation───新型无轴承开关磁阻电机双相导通数学模型
The first step command is then sent to the excitation sequence control, which changes the phase excitation in the motor.
When the switched reluctance motors operate in two phase excitation mode, the phase flux linkage will be reduced due to the high magnetic saturation in the stator and the rotor yoke.